A, engineering major:
1, Introduction:
Engineering specialty is a discipline field with solving practical problems and designing innovative schemes as its core. It covers many different professional directions and cultivates students' knowledge and skills in the fields of science, mathematics and technology so that they can design, develop, implement and manage various engineering projects.
2. Main course:
Mechanical design, thermodynamics, fluid mechanics, control system, engineering materials, circuit analysis, digital electronic technology, signals and systems, communication principles, structural mechanics, civil engineering materials, traffic planning, water resources management, chemical engineering principles, reaction engineering, heat and mass transfer, chemical technology.
Second, computer science and engineering:
1, employment prospects:
Graduates majoring in computer science and engineering have a wide range of employment opportunities in different industries, such as software development, data science, artificial intelligence research, information security, embedded system design, network engineering and other fields. The rapid development of science and technology industry means that there is a strong demand for computer science and engineering professionals, and people engaged in this field are expected to play an important role in scientific and technological innovation and solving practical problems.
2. Research areas:
In addition to employment, graduates majoring in computer science and engineering can also choose to do in-depth research and engage in research work in the field of computer science in academia, industry or research institutions to promote the development of new technologies and methods.
Third, physics:
1, typical course:
Application of classical mechanics, electromagnetism, quantum mechanics, thermodynamics and statistical physics, relativity, solid state physics, particle physics, astrophysics, experimental physics methods and techniques, and mathematical methods in physics.
2. Employment prospects:
Scientific research institutions: engage in basic physics research and promote scientific development. Universities and educational institutions: conduct physics teaching and training. Industry: Participate in technological innovation, engineering design and quality control. Scientific publishing and scientific media: engaged in scientific writing and scientific communication. Finance and data science: The analytical and problem-solving skills of physics graduates are also useful in these fields.